package com.dmgis.qxfw.dataservice.businessservice.common.pojo;

import java.util.Date;

public class AirPolLiveQX {

  private String StationID;
  private String StationName;
  private Date observTime;
  private Double WindD;
  private Double WindS;
  private Double VarTemp;
  private Double Pressure;
  private Double Rain;
  private Double Cloud;
  private int Visibility;
  private Double DryBulbTemp;
  private Double MaxTemp;
  private Double MinTemp;
  private int ColdFront;
  private Double RelHumid;
  private Double Longitude;
  private Double Latitude;
public String getStationID() {
	return StationID;
}
public void setStationID(String stationID) {
	StationID = stationID;
}
public String getStationName() {
	return StationName;
}
public void setStationName(String stationName) {
	StationName = stationName;
}
public Date getObservTime() {
	return observTime;
}
public void setObservTime(Date observTime) {
	this.observTime = observTime;
}
public Double getWindD() {
	return WindD;
}
public void setWindD(Double windD) {
	WindD = windD;
}
public Double getWindS() {
	return WindS;
}
public void setWindS(Double windS) {
	WindS = windS;
}
public Double getVarTemp() {
	return VarTemp;
}
public void setVarTemp(Double varTemp) {
	VarTemp = varTemp;
}
public Double getPressure() {
	return Pressure;
}
public void setPressure(Double pressure) {
	Pressure = pressure;
}
public Double getRain() {
	return Rain;
}
public void setRain(Double rain) {
	Rain = rain;
}
public Double getCloud() {
	return Cloud;
}
public void setCloud(Double cloud) {
	Cloud = cloud;
}
public int getVisibility() {
	return Visibility;
}
public void setVisibility(int visibility) {
	Visibility = visibility;
}
public Double getDryBulbTemp() {
	return DryBulbTemp;
}
public void setDryBulbTemp(Double dryBulbTemp) {
	DryBulbTemp = dryBulbTemp;
}
public Double getMaxTemp() {
	return MaxTemp;
}
public void setMaxTemp(Double maxTemp) {
	MaxTemp = maxTemp;
}
public Double getMinTemp() {
	return MinTemp;
}
public void setMinTemp(Double minTemp) {
	MinTemp = minTemp;
}
public int getColdFront() {
	return ColdFront;
}
public void setColdFront(int coldFront) {
	ColdFront = coldFront;
}
public Double getRelHumid() {
	return RelHumid;
}
public void setRelHumid(Double relHumid) {
	RelHumid = relHumid;
}
public Double getLongitude() {
	return Longitude;
}
public void setLongitude(Double longitude) {
	Longitude = longitude;
}
public Double getLatitude() {
	return Latitude;
}
public void setLatitude(Double latitude) {
	Latitude = latitude;
}
public AirPolLiveQX(String stationID, String stationName, Date observTime, Double windD, Double windS, Double varTemp,
		Double pressure, Double rain, Double cloud, int visibility, Double dryBulbTemp, Double maxTemp, Double minTemp,
		int coldFront, Double relHumid, Double longitude, Double latitude) {
	super();
	StationID = stationID;
	StationName = stationName;
	this.observTime = observTime;
	WindD = windD;
	WindS = windS;
	VarTemp = varTemp;
	Pressure = pressure;
	Rain = rain;
	Cloud = cloud;
	Visibility = visibility;
	DryBulbTemp = dryBulbTemp;
	MaxTemp = maxTemp;
	MinTemp = minTemp;
	ColdFront = coldFront;
	RelHumid = relHumid;
	Longitude = longitude;
	Latitude = latitude;
}
public AirPolLiveQX() {
	super();
}
@Override
public String toString() {
	return "AirPolForecastQX [StationID=" + StationID + ", StationName=" + StationName + ", observTime=" + observTime
			+ ", WindD=" + WindD + ", WindS=" + WindS + ", VarTemp=" + VarTemp + ", Pressure=" + Pressure + ", Rain="
			+ Rain + ", Cloud=" + Cloud + ", Visibility=" + Visibility + ", DryBulbTemp=" + DryBulbTemp + ", MaxTemp="
			+ MaxTemp + ", MinTemp=" + MinTemp + ", ColdFront=" + ColdFront + ", RelHumid=" + RelHumid + ", Longitude="
			+ Longitude + ", Latitude=" + Latitude + "]";
}
  
  
  
}
